Free Printable Expressions

1.

Simplify the expression below:

$2\left(3x-5y\right)$

a)

$5x-3y$

b)

$-4xy$

c)

$6x-10y$

d)

$6x+10y$

2.

Simplify the expression below:

$2\left(3x-5y\right)$

a)

$5x-3y$

b)

$-4xy$

c)

$6x-10y$

d)

$6x+10y$

3.

Simplify the expression below:

$2\left(3x-5y\right)$

a)

$5x-3y$

b)

$-4xy$

c)

$6x-10y$

d)

$6x+10y$

4.

Simplify the expression below:

$2\left(3x-5y\right)$

a)

$5x-3y$

b)

$-4xy$

c)

$6x-10y$

d)

$6x+10y$

5.

Simplify the expression below:

$2\left(3x-5y\right)$

a)

$5x-3y$

b)

$-4xy$

c)

$6x-10y$

d)

$6x+10y$

6.

Simplify the expression below:

$2\left(3x-5y\right)$

a)

$5x-3y$

b)

$-4xy$

c)

$6x-10y$

d)

$6x+10y$

7.

Simplify the expression below:

$2\left(3x-5y\right)$

a)

$5x-3y$

b)

$-4xy$

c)

$6x-10y$

d)

$6x+10y$

8.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

9.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

10.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

11.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

12.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

13.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

14.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

15.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

16.

Simplify the expression below:

$3\left(7y+4x\right)$

a)

$21y+12x$

b)

$33xy$

c)

$11xy$

d)

$10y+7x$

17.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

18.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

19.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

20.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

21.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

22.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

23.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

24.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

25.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

26.

Combine like terms:

$x+x-x+y+y+y-z+z-z$

a)

$2x+y+z$

b)

$x+3y-z$

c)

$x+3y+z$

d)

$3xyz$

27.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

28.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

29.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

30.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

31.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

32.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

33.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

34.

$x+x+y+y-x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

35.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

36.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

37.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

38.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

39.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

40.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

41.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

42.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

43.

$2\left(x-2y\right)$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

44.

$x+x+y+y+x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

45.

$x+x+y+y+x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

46.

$x+x+y+y+x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

47.

$x+x+y+y+x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

48.

$x+x+y+y+x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

49.

$x+x+y+y+x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

50.

$x+x+y+y+x$

a)

$2x+y+z$

b)

$x+2y$

c)

$2y+3x$

d)

$2x-4y$

51.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

52.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

53.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

54.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

55.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

56.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

57.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

58.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

59.

Three pizzas are being split amongst friends. Everyone will get $\frac{1}{4}$ of a pizza. How many friends can eat pizza?

a)

4

b)

12

c)

75

d)

$\frac{3}{4}$

60.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

61.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

62.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

63.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

64.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

65.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

66.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

67.

Three dozen cookies require 4 cups of flour. How many dozen cookies can be made with 16 cups of floor?

a)

12 dozen

b)

7 dozen

c)

16 dozen

d)

1 dozen

68.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

69.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

70.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

71.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

72.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

73.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

74.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

75.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

76.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

77.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

78.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

79.

A grown man will burn roughly 120 calories for each mile run. How many calories will be burned when a grown man runs 6.5 miles?

a)

600

b)

720

c)

700

d)

780

80.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

81.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

82.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

83.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

84.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

85.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

86.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

87.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

88.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

89.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

90.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

91.

Alessa & her friends will go bowling. The cost of renting the shoes is $8 & the cost of each game is $2.50. How much will it cost them to bowl two games?

a)

$20

b)

$13

c)

$10.50

d)

$21

92.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

93.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

94.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

95.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

96.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

97.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

98.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

99.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

100.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

101.

A credit card customer owes $325.60. They charge another purchase of $45.20. How much money does the customer owe now?

a)

$330.80

b)

$280.40

c)

$370.80

d)

$375.80

102.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

103.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

104.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

105.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

106.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

107.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

108.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

109.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

110.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

111.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

112.

Ari pumps $3\frac{1}{2}$ gallons of gas to get her tank $\frac{1}{4}$ full. How many gallons does a full tank hold?

a)

$3\frac{1}{2}$ gallons

b)

$7$ gallons

c)

$21$ gallons

d)

$14$ gallons

113.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

114.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

115.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

116.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

117.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

118.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

119.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

120.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

121.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

122.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

123.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

124.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

125.

A cup of coffee costs $2.50. If the total cost is $17.50, how many cups of coffee were purchased?

a)

2

b)

6

c)

7

d)

8

126.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

127.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

128.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

129.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

130.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

131.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

132.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

133.

In a fundraiser, Mr. Stroupe pledges $1 for each mile walked. If Mr. Ramirez earns $20, how many miles did he walk?

a)

2

b)

20

c)

40

d)

1

134.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

135.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

136.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

137.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

138.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

139.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

140.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

141.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

142.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

143.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

144.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

145.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

146.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

147.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

148.

$x+8$

a)

$8$ more than $x$

b)

$x$ increased by $8$

c)

both of these

d)

none of these

149.

$8x$

a)

$8$ times $x$

b)

$8$ more than $x$

c)

$8$ less than $x$

d)

$8$ subtracted from $x$

150.

$8x$

a)

$8$ times $x$

b)

$8$ more than $x$

c)

$8$ less than $x$

d)

$8$ subtracted from $x$

151.

$8x$

a)

$8$ times $x$

b)

$8$ more than $x$

c)

$8$ less than $x$

d)

$8$ subtracted from $x$

152.

$8x$

a)

$8$ times $x$

b)

$8$ more than $x$

c)

$8$ less than $x$

d)

$8$ subtracted from $x$

153.

$8x$

a)

$8$ times $x$

b)

$8$ more than $x$

c)

$8$ less than $x$

d)

$8$ subtracted from $x$

154.

$8x$

a)

$8$ times $x$

b)

$8$ more than $x$

c)

$8$ less than $x$

d)

$8$ subtracted from $x$

155.

$t$ divided by $24$

a)

$24t$

b)

$\frac{t}{24}$

c)

$t+24$

d)

$t-24$

156.

$t$ divided by $24$

a)

$24t$

b)

$\frac{t}{24}$

c)

$t+24$

d)

$t-24$

157.

$t$ divided by $24$

a)

$24t$

b)

$\frac{t}{24}$

c)

$t+24$

d)

$t-24$

158.

$t$ divided by $24$

a)

$24t$

b)

$\frac{t}{24}$

c)

$t+24$

d)

$t-24$

159.

$t$ divided by $24$

a)

$24t$

b)

$\frac{t}{24}$

c)

$t+24$

d)

$t-24$

160.

$t$ divided by $24$

a)

$24t$

b)

$\frac{t}{24}$

c)

$t+24$

d)

$t-24$

161.

Leslie has saved $208 more than her sister. If $n$ represents the amount her sister saved, which expression shows the amount Leslie saved?

a)

$n\times208$

b)

$n+208$

c)

$n-208$

d)

$n<208$

162.

Leslie has saved $208 more than her sister. If $n$ represents the amount her sister saved, which expression shows the amount Leslie saved?

a)

$n\times208$

b)

$n+208$

c)

$n-208$

d)

$n<208$

163.

Leslie has saved $208 more than her sister. If $n$ represents the amount her sister saved, which expression shows the amount Leslie saved?

a)

$n\times208$

b)

$n+208$

c)

$n-208$

d)

$n<208$

164.

Leslie has saved $208 more than her sister. If $n$ represents the amount her sister saved, which expression shows the amount Leslie saved?

a)

$n\times208$

b)

$n+208$

c)

$n-208$

d)

$n<208$

165.

Leslie has saved $208 more than her sister. If $n$ represents the amount her sister saved, which expression shows the amount Leslie saved?

a)

$n\times208$

b)

$n+208$

c)

$n-208$

d)

$n<208$

166.

Leslie has saved $208 more than her sister. If $n$ represents the amount her sister saved, which expression shows the amount Leslie saved?

a)

$n\times208$

b)

$n+208$

c)

$n-208$

d)

$n<208$

167.

$x^2+6$ when $x=3$

a)

12

b)

15

c)

38

d)

96

168.

$x^2+6$ when $x=3$

a)

12

b)

15

c)

38

d)

96

169.

$x^2+6$ when $x=3$

a)

12

b)

15

c)

38

d)

96

170.

$x^2+6$ when $x=3$

a)

12

b)

15

c)

38

d)

96

171.

$x^2+6$ when $x=3$

a)

12

b)

15

c)

38

d)

96

172.

$x^2+6$ when $x=3$

a)

12

b)

15

c)

38

d)

96

173.

$x^2+6$ when $x=3$

a)

12

b)

15

c)

38

d)

96

174.

$8+2t$ for $t=4$

a)

88

b)

16

c)

32

d)

14

175.

$8+2t$ for $t=4$

a)

88

b)

16

c)

32

d)

14

176.

$8+2t$ for $t=4$

a)

88

b)

16

c)

32

d)

14

177.

$8+2t$ for $t=4$

a)

88

b)

16

c)

32

d)

14

178.

$8+2t$ for $t=4$

a)

88

b)

16

c)

32

d)

14

179.

$8+2t$ for $t=4$

a)

88

b)

16

c)

32

d)

14

180.

$8+2t$ for $t=4$

a)

88

b)

16

c)

32

d)

14

Expressions

Total questions: 180

Worksheet time: 2hrs 30mins

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